"Midtown in Motion": A New Active Traffic Management Methodology and Its Implementation in New York City

作者: Jinil Chang , Satya Muthuswamy , Wuping Xin , Mohamad Talas

DOI:

关键词:

摘要: This paper summarizes a new active traffic management methodology developed and deployed in New York City. The design, development implementation of the are driven by availability extensive real-time travel time data, upgraded ITS infrastructure need reliable robust signal control system for congestion complex urban environment. primary objective is to maintain mobility subject zone preserving capacity avoiding breakdown within zone. To that end, multi-regime adaptive strategies, ranging from strategically regulating demand balancing queue-storage ratio at critical intersections, work concert proactively manage congestion. Large-scale data (nearly 1 million records individual trips per day) utilized effective control. renders perhaps first large-scale framework uses travel-time based an grid network. In addition running autonomously, mode operator-in-the-loop allows operators interact with important timing decisions when pattern changes abruptly or switch policies involved. has been congested central business district Manhattan, initial deployment, called “Midtown-in-Motion”, includes core 110 square block Midtown 2nd Avenue 6th Avenue, 42nd 57th Streets. expansion currently underway, covering more than 270 blocks 1st 9th 42th Street.

参考文章(22)
Jon T Obenberger, Jessie L Yung, Khani Sahebjam, Mohammad Mirshahi, Charles E Howard, Margaret A Moore, Charles A Fuhs, Robin M Mayhew, Raymond A Krammes, Beverly T Kuhn, Craig J Stone, Active Traffic Management: The Next Step in Congestion Management United States. Federal Highway Administration. ,(2007)
Χριστίνα Διακάκη, Integrated control of traffic flow in corridor networks National Documentation Centre (EKT). ,(1999) , 10.12681/EADD/11997
John M Tipaldo, Upgrading New York City's Traffic Signal Control: "A Progress Report" ITE 2010 Annual Meeting and ExhibitInstitute of Transportation Engineers (ITE). ,(2010)
D C Gazis, R B Potts, THE OVERSATURATED INTERSECTION ,(1963)
Ali Hajbabaie, Juan C Medina, Rahim F Benekohal, Traffic Signal Coordination and Queue Management in Oversaturated Intersection NEXTRANS Center (U.S.). ,(2011)
N B Hounsell, M McDonald, R D Bretherton, Pjc Carden, SCOOT model accuracy TRRL CONTRACTOR REPORT. ,(1989)
Christina Diakaki, Vaya Dinopoulou, Kostas Aboudolas, Markos Papageorgiou, Elia Ben-Shabat, Eran Seider, Amit Leibov, None, EXTENSIONS AND NEW APPLICATIONS OF THE TRAFFIC SIGNAL CONTROL STRATEGY TUC Transportation Research Board 82nd Annual MeetingTransportation Research Board. ,(2003)
Panos G. Michalopoulos, George Stephanopoulos, Oversaturated signal systems with queue length constraints—I Transportation Research. ,vol. 11, pp. 413- 421 ,(1977) , 10.1016/0041-1647(77)90006-5
P B Hunt, D I Robertson, R D Bretherton, R I Winton, SCOOT-a Traffic Responsive Method of Coordinating Signals Publication of: Transport and Road Research Laboratory. ,vol. 1014, ,(1981)
Panos G. Michalopoulos, George Stephanopoulos, Oversaturated signal systems with queue length constraints—II Transportation Research. ,vol. 11, pp. 423- 428 ,(1977) , 10.1016/0041-1647(77)90007-7